Escort HEXX122805M5 XtremeMax 3.5" 5-Round Camo Semi-Auto Shotgun

The Escort HEXX122805M5 XtremeMax 3.5" 5-Round Camo Semi-Auto Shotgun delivers modern semi-automatic reliability in a platform built for hunters, sport shooters, and tactical operators who demand versatility without compromise. Chambered in 12-gauge with a 3.5-inch magnum capability, this shotgun handles everything from upland game to waterfowl to defensive scenarios with the same dependable gas-operated action. The 5-round capacity paired with rapid follow-up shot capability makes this platform effective for extended engagements where traditional pump-actions fall short in sustained fire applications.

Built on Escort's proven semi-automatic platform, the XtremeMax features an inertia-driven operating system that cycles reliably across a full range of 12-gauge ammunition loads—from light target rounds to heavy 3.5-inch magnum shells. The camo finish provides effective visual concealment in field conditions while reducing glint and reflection that can compromise tactical positioning. At 10.4 pounds with a 37.5-inch overall length and a manageable 9.5-inch height, the shotgun balances controllability with structural rigidity, ensuring consistent shot placement during rapid strings of fire. The semi-auto action significantly reduces felt recoil compared to pump guns, enabling faster target reacquisition and improved accuracy during high-stress scenarios.

This shotgun suits law enforcement training, home defense preparation, competitive 3-gun courses, and waterfowl hunting where magnum loads and quick follow-ups are tactical advantages. The 5-round capacity strikes the right balance between firepower and magazine handling during combat-style reloads. The semi-auto ergonomics work well with tactical accessories and modern shotgun techniques, making it compatible with standard 12-gauge aftermarket optic mounts, sling systems, and ammunition carriers used across law enforcement and civilian tactical communities. Operators transitioning from pump-action platforms will find the reduced manual manipulation during engagements a substantial operational improvement.